China Pick and Place Robot Manufacturers Suppliers Factory - Wholesale Pick and Place Robot

Pick and Place Robots for Industrial Automation

We manufacture pick and place robots for automated product handling, component placement, sorting, machine loading, and material transfer. Our product range includes Delta, SCARA, six-axis, and Cartesian robot configurations for different motion requirements, payloads, working envelopes, and production layouts.

As a direct manufacturer, we support product selection and configuration evaluation based on workpiece dimensions, total handling weight, required cycle time, positioning requirements, installation space, and equipment interfaces. Depending on the selected model and project scope, we can also evaluate gripper configurations, machine vision compatibility, control interfaces, and integration requirements for OEM equipment and production lines.

Looking for a Pick and Place Robot for Your Project?

Manufacturer-direct supply: Discuss available robot models and configurations directly with our team.
Application-based selection: Evaluate payload, reach, cycle time, positioning requirements, and installation conditions.
Configuration and customization: Review compatible tooling, mounting arrangements, and available technical options.
OEM and integration support: Discuss equipment interfaces, control requirements, and project-specific specifications.

4 Axis Pick and Place Robot
The RBTIC BRTIRSC0603A 4 Axis Pick and Place Robot is a SCARA robot designed for fast, repeatable handling of small workpieces. Its compact 600 mm arm supports automated picking, sorting,...
Small Pick and Place Robot
The RBTIC BRTIRUS0401A Small Pick and Place Robot is a six-axis industrial robot for handling lightweight components in compact production cells. With a 574 mm arm span, a 1 kg rated payload and...
Robotic Picking Arm
RBTIC six-axis robotic picking arm – with 5 kg payload, 990 mm reach, and ±0.05 mm repeatability – delivers flexible, multi-angle automated picking, part transfer, and machine loading/unloading...
Pick and Place Industrial Robot
The RBTIC BRTIRUS2110A is a six-axis industrial robot for transferring, orienting and placing workpieces in automated production lines. Its 10 kg payload and 2,131 mm arm length suit applications...
High Speed Pick and Place Robot
The RBTIC BRTIRPL1003A is a parallel-structure Delta robot designed for high-speed handling of small, lightweight components.
Pick Up Robot
The RBTIC BRTIRUS1820A is a six-axis industrial pick-up robot designed for automated loading, unloading and workpiece transfer.
Industrial Pick and Place Robot
The RBTIC BRTIRUS1510A is a six-axis industrial robot with a 10 kg rated payload and 1,587 mm arm reach. Designed for automated pick-and-place operations, it provides ±0.05 mm repeatability for...

Explore Our Pick and Place Robot Range

Choose a pick and place robot based on your application requirements, installation conditions, and production targets. Available configurations and specifications depend on the models offered.

Delta Pick and Place Robots

Designed for high-speed picking, sorting, and product handling applications where fast cycle times and compact overhead installation are important.

SCARA Pick and Place Robots

Suitable for selected assembly, component placement, loading, and transfer tasks requiring horizontal movement and controlled vertical positioning.

Six-Axis Pick and Place Robots

Flexible robotic solutions for applications involving multi-directional movement, complex positioning, and handling across different working angles.

Cartesian Pick and Place Robots

Linear-motion solutions for applications requiring defined travel paths, configurable working dimensions, and integration into machinery or production equipment.

Pick and Place Robot Specifications

Category	Parameter Item	General Description / Specification Options
General Information	Robot Model / Series	Standard part number or custom designation
	Kinematic Type	SCARA, Delta (Spider), Cartesian (Gantry), 4-Axis Articulated
	Number of Axes	Typically 3, 4, or 5 axes (including rotation axis)
	Ingress Protection (IP)	IP20 (Standard), IP54/IP65 (Washdown/Dusty), Cleanroom ISO Class 3-5
Performance	Payload Capacity (Rated / Max)	Payload including gripper/end-effector (kg / lbs)
	Working Envelope / Reach	Horizontal reach / radius and vertical stroke (Z-axis)
	Maximum Operating Range	X/Y axis span, Z-axis stroke, Theta rotation range
Cycle Time & Motion	Standard Cycle Time	Industry standard test cycle (e.g., 25mm - 300mm - 25mm pick-and-place in seconds)
	Maximum Speed (X-Y / Z / Theta)	Max linear and angular velocity (mm/s or deg/s)
	Maximum Acceleration / Deceleration	Dynamic acceleration limits for high-speed sorting
Accuracy	Pose Repeatability	ISO 9283 repeatability standard (± mm or ± degrees)
Accuracy	Path & Settling Time	Vibration damping and settling time at target position
End-Effector / Tooling	Gripper Interface / Vacuum Ports	Built-in vacuum lines, pneumatic valves, electrical I/O through quill/arm
End-Effector / Tooling	End-Arm Tooling (EOAT) Weight Limit	Maximum allowable weight of gripper and part combined
Control & Electrical	Controller & Software	High-speed multi-axis controller with conveyor tracking capability
	Vision Guidance Integration	Support for 2D/3D machine vision systems for random bin picking / sorting
	Power Supply & Consumption	Voltage, frequency, and average power draw (kVA)
	Communication & Fieldbus	EtherNet/IP, PROFINET, Modbus, DIO for PLC/sensor integration

Custom Pick and Place Robot Manufacturing

1. End-of-Arm Tooling and Grippers
Gripper selection depends on workpiece shape, dimensions, weight, surface characteristics, and handling method.

Depending on product compatibility and project scope, configuration discussions may cover:

Mechanical gripping
Vacuum-based handling
Workpiece-specific tooling
Tool mounting and interface requirements
Pneumatic or electrical connections where supported

2. Working Range and Installation Configuration
Robot selection and configuration must match the available installation space and the positions between which workpieces need to move.

We review the required working envelope, axis travel, mounting position, equipment clearance, and machine layout. For project-specific arrangements, provide dimensional drawings or a layout showing the robot installation area and target handling positions.

3. Machine Vision Compatibility
Vision-guided handling may be required when workpieces vary in position, orientation, or presentation.

The evaluation may include camera-based identification, position correction, sorting requirements, and compatibility with the robot controller. Random bin picking, 3D vision, and conveyor tracking require specific hardware, software, and application validation; they should not be assumed to be available on every configuration.

4. Control Systems and Communication
Integration requirements should be confirmed before the robot configuration is finalized.

Relevant information includes the existing PLC or controller, required communication protocol, available I/O, sensor signals, safety interfaces, and the intended division of control responsibilities between the robot and other equipment.

5. Production Line and Machine Integration
For production-line applications, the robot must operate within the requirements of the surrounding equipment.

Project evaluation may cover conveyor positions, fixtures, feeding equipment, machine interfaces, installation space, workpiece flow, and operating sequences. Responsibility for complete system design, installation, programming, and commissioning should be agreed according to the project scope.

6. OEM and Repeat-Order Requirements
For OEM customers and equipment manufacturers, configuration consistency and clearly documented specifications are important for repeat production.

Provide your required model or configuration, technical drawings, interface specifications, target quantities, and documentation requirements.

How to Submit Your Requirements

Provide the following information to help us evaluate your application and prepare a relevant quotation. If some details are not yet available, send the information you have and identify the remaining requirements.

Information Required	Details to Provide
Application	Picking, sorting, assembly, machine loading, or another handling task
Workpiece	Dimensions, weight, material, shape, and surface characteristics
Handling Requirements	Pickup and placement positions, orientation, and movement path
Performance Targets	Required cycle time, production capacity, and positioning requirements
Robot Selection	Preferred robot type or model, if known
Tooling	Required gripper type or existing end-effector specifications
Installation	Layout drawing, available space, mounting conditions, and equipment clearance
Control Interface	Existing PLC, controller, communication protocol, and I/O requirements
Project Scope	Robot supply only, tooling, configuration evaluation, or broader integration
Purchasing Plan	Estimated quantity, destination country, and target delivery date
Validation	Sample testing, acceptance criteria, or required technical documentation

Quality Assurance

When purchasing pick and place robots for industrial use, product specifications, configuration consistency, documentation, and after-sales support are important considerations.

Before an order is confirmed, the applicable product configuration and technical requirements should be reviewed to establish the agreed supply scope.

1. Technical Specification Verification
Before production or order processing, the robot model and agreed technical requirements should be reviewed to reduce the risk of specification mismatches.

Key items include:

Robot model and configuration
Rated payload and permitted end-effector weight
Working range and applicable axis travel
Repeatability and cycle-time requirements
Controller, electrical specifications, and communication interfaces
Required accessories and agreed customization options

2. Robot Configuration and Component Inspection
Before shipment, the supplied equipment should be checked against the confirmed order and agreed supply scope.

Depending on the selected model, the inspection may cover the robot body, controller, cables, connectors, mounting accessories, grippers, and other included components.

Any project-specific tooling or accessories should be identified in the order documentation so buyers can verify that the required items are included.

3. Functional Testing Before Delivery
Functional checks help identify operational issues before the equipment reaches the buyer.

Applicable checks may include power-up, controller operation, axis movement, basic operating functions, and the operation of agreed accessories. Additional checks depend on the robot model and the confirmed test requirements.

4. Custom Configuration and Interface Verification
For robots supplied with customized tooling or intended for integration into existing equipment, configuration compatibility is an important purchasing consideration.

The review may cover:

Gripper and end-effector compatibility
Tool mounting and connection requirements
Controller and PLC communication interfaces
Required I/O signals and sensor connections
Installation dimensions and mounting arrangements
Agreed vision-system or peripheral-equipment interfaces

5. Inspection Records and Technical Documentation
Clear technical documentation helps buyers verify the supplied configuration, install the equipment, and manage future maintenance.

Depending on the product and agreed supply scope, available documents may include:

Product datasheets and confirmed specifications
Operating and installation manuals
Electrical wiring diagrams
Controller and configuration information
Applicable inspection or functional test records
Spare parts and maintenance information, where available

How to Order Pick and Place Robots

Submit Your Inquiry: Send the target model or application details, estimated quantity, workpiece information, and any available technical drawings.

Review Technical Requirements: Confirm the required payload, working range, cycle time, operating conditions, tooling, installation arrangements, and control interfaces.

Evaluate Product Compatibility: Determine whether an available standard model meets the requirements or whether additional accessories, a different configuration, or further application assessment is necessary.

Receive a Quotation: Review the proposed model, configuration, included components, price, lead time, payment terms, and delivery conditions.

Confirm Specifications and Order

Finalize the technical specifications, supply scope, documentation, payment arrangements, delivery terms, and any agreed testing or acceptance requirements.

Production and Inspection

The order proceeds according to the confirmed production arrangements and applicable inspection requirements. Any project-specific testing or documentation should follow the agreed scope.

Shipment and After-Sales Support

Confirm shipment documentation, delivery arrangements, and the applicable warranty and technical support process.

FAQ

Q: Can I request a quotation without knowing the exact model?

A: Yes. Provide your application, workpiece information, estimated quantity, and required operating performance. The available options can then be evaluated against your requirements.

Q: Can the robot be customized for my production line?

A: Customization depends on the selected model and project scope. Send your layout, interface requirements, tooling details, and operating specifications for an initial assessment.

Q: Can you supply grippers or other accessories?

A: Available tooling and accessories depend on the robot model and the agreed supply scope. Specify whether you require the robot only or a more complete handling configuration.

Q: Can the robot work with a vision system or PLC?

A: Compatibility depends on the controller, supported communication interfaces, vision equipment, and integration requirements. Please provide your existing equipment details for verification.

Q: Can I request a sample test before placing a bulk order?

A: Testing feasibility depends on the product, workpiece, and project requirements. Provide representative samples, drawings, or application videos so the team can assess the appropriate validation method.

Q: What information is needed for an accurate quotation?

A: The most useful details are the target model or application, required quantity, payload, working range, cycle time, tooling requirements, destination country, and target delivery date.

As one of the most professional pick and place robot manufacturers and suppliers in China, we have world-leading production equipment and strong manufacturing capabilities. Please feel free to buy durable pick and place robot for sale here from our factory. Also, custom service is available.